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The VB 2005 SyncLock statement is really just a shorthand notation for working with the System.Threading.Monitor class type. Once processed by the VB 2005 compiler, a SyncLock scope actually resolves to the following (which you can verify using ildasm.exe): Public Sub PrintNumbers() Monitor.Enter(Me) Try Console.WriteLine("-> {0} is executing PrintNumbers()", _ Thread.CurrentThread.Name) Console.Write("Your numbers: ") For i As Integer = 0 To 10 Dim r As Random = New Random() Thread.Sleep(100 * r.Next(5)) Console.Write(i & ", ") Next Console.WriteLine() Finally Monitor.Exit(Me) End Try End Sub First, notice that the Monitor.Enter() method is the ultimate recipient of the thread token you specified as the argument to the SyncLock keyword. Next, all code within a lock scope is wrapped within a try block. The corresponding Finally clause ensures that the thread token is released (via the Monitor.Exit() method), regardless of any possible runtime exception. If you were to modify the MultiThreadSharedData program to make direct use of the Monitor type (as just shown), you will find the output is identical. Now, given that the SyncLock keyword seems to require less code than making explicit use of the System.Threading.Monitor type, you may wonder about the benefits of using the Monitor type directly. The short answer is control. If you make use of the Monitor type, you are able to instruct the active thread to wait for some duration of time (via the Wait() method), inform waiting threads when the current thread is completed (via the Pulse() and PulseAll() methods), and so on. As you would expect, in a great number of cases, the VB 2005 SyncLock keyword will fit the bill. However, if you are interested in checking out additional members of the Monitor class, consult the .NET Framework 2.0 SDK documentation.

2 will cause compiler errors when Xcode is building the iPhone portion of the app, so you ll need to use conditional coding to prevent that from happening Although you may be tempted to simply check the user s device type or operating system version, with Apple constantly releasing new devices and iOS versions, that s not the way to go A better approach is to test for the availability of exclusive iPad classes using NSClassFromString If you pass an iPad-only class name, such as UISplitViewController to NSClassString and a valid object is returned, you ll know the user s device is an iPad If nil is returned, then that iPad class doesn t exist, so the user s device is an iPhone or iPod touch For new iPad functions that have been added to existing frameworks, checking the class name s existence will not be effective.

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If you attempt to use an object that does not implement IDisposable, you will receive a compiler error.

that policy assertions are as explicit as possible regarding service expectations and semantic compatibilities The four tenets of service orientation provide you with a set of fundamental principles when you are designing services When defining a service, it is always easier to work with welldefined requirements because that allows for a well-defined scope and purpose of a service This enables a service to encapsulate distinct functionality with a clear-cut context Sadly, more often than not, requirements are not well defined, which poses more of a problem It is difficult to define the service that accurately represents its capabilities because one cannot relate the service operations by some logical context When defining services from scratch, it is helpful to categorize them according to the set of existing business service models already established within the organization.

Even better, if you were to look at the CIL code behind this Main() method using ildasm.exe, you will find the Using construct informs the compiler to wrap your code within Try/Finally logic, with the expected call to Dispose() in the Finally scope. In this light, the new VB 2005 Using keyword is simply a shortcut for wrapping disposable objects within exception handling logic.

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